MC10H136FNR2G

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The MC10H136FNR2G is a device from the logic-counters, dividers family of circuits and components. This integrated chip is a part of a larger family of components that is made to control the direction, rate and speed of over-voltage or AC signals in multiple and different settings. The MC10H136FNR2G integrated chip is built as a divide-by-ten cascadable transistor-transistor logic (TTL) prescaler. This device has both an asynchronous and synchronous divided-by-two sections in order to provide both divide-by-two and divide-by-ten application from one single chip.

The MC10H136FNR2G integrated chip is a modular, long-term and low-power component that can be used for frequency division and division ratio which is phase shift and frequency division. The component is also used for applications such as clock and data recovery, frequency division, modulation, waveform measuring and waveform replication. The component is capable of operating from 3V-15VDC and from -40°C to 85°C.

The working principle of the MC10H136FNR2G revolves around a CLK and CLK input. What the component does is divide the input frequency rate, commonly in high-speed applications, by 10 and then produces an output signal with a 10th of the original frequency. The output signal is then fed back to the CLK Output pin.

The MC10H136FNR2G component also features dual-modulus logic that permits it to offer both synchronous and asynchronous operation mode. This allows different division rates such as divide by 2, divide by 4, divide by 8 and divide by 16.

The component also has built-in enable and reset flip flops that allow the user to program the device for adjustable frequency division. It has a low power consumption with its 60 μA maximum steady state condition and comes with an output enable pin that would be the budget option for lower voltage applications.

The MC10H136FNR2G integrated chip is a great choice for applications like clock and data recovery, PWM control, waveform replication and sampling, frequency division, and so on. This device is most used in applications such as digital signal processing, data communication, and digital instrumentation.

The component is also perfect for applications like video switchers, timing circuits, signal signal modulation and demodulation and counters. This component is designed to work with signals having temperatures ranging between -40°C to 85°C. It also features very low input capacitance and very low power consumption.

The MC10H136FNR2G integrated chip offers various advantages such as low cost and low operating voltage. It provides excellent resolution and reliability, as well as its low power consumption and wide operating temperature range. In addition, its high performance, accuracy, and low noise make it ideal for many applications. It has also been extremely popular for applications in digital signal processing, data communication, and digital instrumentation.

In conclusion, the MC10H136FNR2G integrated chip belongs to the logic-counters, dividers family of circuits and components. This device is capable of operating from 3V-15VDC and from -40°C to 85°C. It is used for frequency division and division ratio which is phase shift and frequency division. applications. It also offers low power consumption with its 60 μA maximum steady state condition and comes with an output enable pin that is suitable for lower voltage applications.

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